Abstract: A household cooking appliance includes a cooking chamber, a steam generator located outside the cooking chamber, and a steam feed line which connects the steam generator to the cooking chamber. A fresh air line leads to the cooking chamber, with a shut off element being configured to shut off the fresh air line. The steam feed line and the fresh air line have a common end portion, which opens into the cooking chamber.

Abstract: In a method for operating a household steam treatment appliance which includes an evaporator with a heatable water holding chamber and a fill level sensor with at least two measurement electrodes, which are disposed over one another at a distance from each other in the heatable water holding chamber, a water detection measured value provided for indicating wetting of the at least two measurement electrodes with water introduced into the water holding chamber is adapted in an adaptation process to an electrical conductivity of the water in the water holding chamber.

Abstract: A steam cooking appliance includes a cooking chamber, an evaporator unit configured to evaporate water to generate steam for supply into the cooking chamber, and a water supply unit including a removable water tank. The water tank includes a valve unit for coupling to the evaporator, with the valve unit including two valves formed separately from one another.

Abstract: A steam cooking appliance includes a cooking chamber, an evaporator unit configured to evaporate water to generate steam for supply into the cooking chamber, and a water supply unit including a removable water tank. The water tank includes a valve unit for coupling to the evaporator, with the valve unit including two valves formed separately from one another.

Abstract: In a method for operating a vaporizer of a domestic appliance, the vaporizer is filled at least to a predetermined filling level. The vaporizer can be emptied using an emptying arrangement. A time measurement is started, when a filling level falls below the predetermined filling level. A heating system of the vaporizer is switched on, when the filling level falls below the predetermined filling level. The time measurement is stopped, when the heating system has overheated, and a delivery output is calculated during emptying of the vaporizer, from a duration for emptying that is determined by the time measurement.

Abstract: A household cooking appliance includes a cooking chamber, a steam generator located outside the cooking chamber, and a steam feed line which connects the steam generator to the cooking chamber. A fresh air line leads to the cooking chamber, with a shut off element being configured to shut off the fresh air line. The steam feed line and the fresh air line have a common end portion, which opens into the cooking chamber.

Abstract: A domestic appliance heating apparatus includes a heating element having two heating connections connected to two supply connections of a supply network, respectively. A first switching element is connected between one of the two heating connections and one of the two supply connections and a second switching element is connected between the other one of the two heating connections and the other one of the two supply connections. A measuring unit has at least one measuring input, at which a potential is present in at least one heating operating state. A control unit interrupts in a network form recognition operating state a conduction path through the heating element by means of the first switching element while the second switching element is closed and takes into account a first potential present at the measuring input when determining a network form present at the heating element.

Abstract: A domestic appliance heating apparatus includes a heating element having two heating connections connected to two supply connections of a supply network, respectively. A first switching element is connected between one of the two heating connections and one of the two supply connections and a second switching element is connected between the other one of the two heating connections and the other one of the two supply connections. A measuring unit has at least one measuring input, at which a potential is present in at least one heating operating state. A control unit interrupts in a network form recognition operating state a conduction path through the heating element by means of the first switching element while the second switching element is closed and takes into account a first potential present at the measuring input when determining a network form present at the heating element.

Abstract: An evaporator for a household appliance includes a housing wall configured to delimit a receiving space for a liquid to be evaporated, and an electrical heating unit for heating the liquid. A fill level sensor is arranged on an exterior face of the housing wall and configured to determine a fill level of the liquid in the receiving space. The fill level sensor operates in a contactless manner and generates an electromagnetic field in the receiving space.

Abstract: In a method for operating a vaporizer of a domestic appliance, the vaporizer is filled at least to a predetermined filling level. The vaporizer can be emptied using an emptying arrangement. A time measurement is started, when a filling level falls below the predetermined filling level. A heating system of the vaporizer is switched on, when the filling level falls below the predetermined filling level. The time measurement is stopped, when the heating system has overheated, and a delivery output is calculated during emptying of the vaporizer, from a duration for emptying that is determined by the time measurement.

Abstract: A hydraulic machine having a variable intake volume/pump capacity includes working spaces (8) disposed in a cylinder (2), each of the working spaces (8) being limited by a piston (6) and a cylinder bore (4) in which the piston (6) is accommodated. The pistons (6) are supported on a reciprocating element (14) that rotates relative to the pistons (6), and therefore when the cylinder (2) rotates relative to the pistons (6), the pistons (6) undergo a displacement that determines the volume of the working spaces (8) which can be connected to high pressure and low pressure, to a control unit for actuating the valves (16, 22) as a function of the displacement of the particular piston (6), and to an angle-of-rotation sensor (36). The angle-of-rotation sensor (36) has a Gray code track (60) and an incremental track (58), to each of which at least one sensor (72, 74) is assigned.

Abstract: An article of footwear including an upper and a sole, which has an outsole for directly contacting a ground surface, and at least one element compression molded with the outsole. The at least one element is formed from a first material including at least 45% ethylene vinyl acetate, approximately 30% polyene elastomer, and approximately 20% synthetic rubber. A second material of the outsole is compatible for compression molding with the at least one element, and is less hard and less dense than the at least one element.